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Fleet Management
Comparison
Best Fleet GPS Tracking Tools
Every fleet tracking pitch sounds the same: “see your vehicles in real time.” What actually separates a good fleet tracking system from a mediocre one is what happens after the dot shows up on the map: how fast it updates, what it does with driver behaviour data, and whether it holds up on a trailer sitting in a yard for six months versus a truck running 800 km a day.
This guide covers how fleet GPS tracking works, what to look for in a system, how tracking needs differ across vehicles, trucks, and trailers, and which providers currently lead the market.
GPS Tracking
Maintenance
Fuel Management
Compliance
Analytics
Asset Management
What Is Fleet Tracking?
Fleet tracking is the use of GPS-enabled devices and software to monitor the location, movement, and status of vehicles or equipment in real time. A fleet tracking system has two parts: the hardware (a GPS fleet tracker installed in or on the vehicle) and the software (the platform where that location data gets turned into maps, alerts, and reports).
Depending on the vendor, you’ll see this described as a “fleet tracking system,” “fleet tracking software,” or “GPS tracking system for fleet” these terms are used more or less interchangeably in the market, though “system” usually implies the combined hardware-plus-software package, while “software” can sometimes mean just the platform layer running on hardware you already own.
GPS Hardware, installed in or on the vehicle
Software Platform, Maps, alerts, and reports
Which Providers Currently Lead the Market
The AU/NZ fleet tracking market includes a mix of regional specialists and global platforms. Here’s how some of the established names compare on coverage, hardware, and fit.
Provider
Region
Hardware
Compliance features
Best fit
PROCON
AU/NZ
A small locator unit is installed in an asset.
Procon ensures that data is stored in compliance with Australian Privacy Laws, on Procon servers, located in Sydney.
Fleets wanting an all-in-one AU/NZ platform with local support
TELETRAC NAVMAN
AU/NZ, long-standing
Own hardware, light to heavy assets
EWDs, fuel tax credit tools
Mixed fleets needing compliance and safety in one platform
EROAD
AU/NZ, strong heavy transport roots
Own hardware
Vehicle-aware navigation, compliance tools for heavy transport
Heavy transport and logistics operators
LINXIO
AU-headquartered, also NZ, UAE, Europe
OBD-II plug-and-play through to hard-wired
ATO-certified FBT and fuel tax credit reporting, NHVR-ready EWDs via partners
Fleets wanting tax and compliance reporting built in
SENSIUM
NZ-based, AU/NZ focus
Builds own hardware and software
Driver behaviour monitoring
Operators wanting an end-to-end local vendor
MTDATA
AU/NZ, ~20 years in market
Telematics hardware tailored by industry
Industry-specific configurations
Fleets in specialised sectors (mining, transport, utilities)
How GPS Fleet Tracking Actually Works
A fleet GPS tracker communicates with satellites to calculate its position, then transmits that data over a cellular network to the software platform, which plots it on a map and stores the route history. Fleet GPS tracking has moved well past simple location pins on a map, with modern systems delivering updates every 10 to 30 seconds along with driver behaviour monitoring and predictive maintenance alerts.
Update frequency matters more than it sounds.
A tracker that pings every 5 minutes is fine for knowing which neighbourhood a van is in; it’s useless for reconstructing exactly what happened before a hard-braking incident. If real-time visibility is the point of buying the system, check the actual ping interval before you buy, not just the word “real-time” on the sales page.
Fleet Tracking Devices:Hardwired vs. Plug-In vs. Battery-Powered
Not all GPS fleet tracking devices install the same way, and the type you need depends heavily on what you’re tracking:
OBD-II Plug-In Trackers
Plug directly into a vehicle’s diagnostic port. Fast to install, easy to move between vehicles, but only work on vehicles with an OBD-II port (so not trailers or most heavy equipment).
Hardwired Trackers
Wired directly into the vehicle’s electrical system. More reliable long-term, harder to remove or tamper with, and required for commercial trucks where OBD-II access can be inconsistent.
Battery / Solar-Powered Trackers
Used for trailers, containers, and equipment with no power source of their own. Battery life and reporting frequency trade off against each other; a trailer tracker that reports every 5 minutes will drain much faster than one reporting every few hours.
By Asset Type
Vehicle Tracking vs. Truck Tracking vs. Trailer Tracking
These three get lumped together, but the right system depends on what’s actually being tracked. If your fleet includes a mix tractors, trailers, and service vehicles confirm the platform genuinely supports all three device types under one dashboard rather than requiring separate logins.
Vehicle Tracking Systems
Built for cars, vans, and light-duty vehicles the priority is route history, driver safety scoring, and geofencing for service areas.
Route history
Driver safety scoring
Geofencing
Truck Tracking Systems
Need to handle long-haul routes and support the compliance obligations that apply to heavy vehicles in Australia integration with an Electronic Work Diary (EWD) for fatigue and driving-hours records, and reporting that supports Chain of Responsibility (CoR) obligations under the Heavy Vehicle National Law. A GPS truck tracker built for local delivery vans usually won’t have these compliance features baked in.
EWD compliance
Long-haul route support
Trailer GPS Tracking Systems
Solve a different problem: trailers sit disconnected from power for long stretches, so trailer GPS trackers rely on battery or solar power and report less frequently to conserve it. The core use case is knowing where an unpowered trailer is sitting in a yard or at a customer site, not real-time route tracking.
Battery / solar powered
Yard & site location
Low-frequency reporting
Seven capabilities that separate real systems from basic trackers
Not every provider covers all seven with equal depth. Use this list as your comparison framework when sitting through demos.
Update frequency
Ranges from every few seconds to several minutes depending on plan tier and device type.
Geofencing
Alerts when a vehicle or trailer enters or exits a defined area.
Route history
Searchable, exportable trip logs, not just a live map.
Driver behaviour scoring
Hard braking, speeding, idling, rolled up per driver.
Maintenance alerts
Mileage- or engine-hour-based service reminders.
Compliance integration
EWD and CoR reporting, relevant for heavy vehicle fleets specifically.
Battery life reporting
Critical for trailer and equipment trackers, less relevant for hardwired vehicle trackers.
How to Choose
How to Choose the Right Fleet Tracking Software
Five decisions that cut through the noise when you’re evaluating vendors.
Match the device to the asset. Confirm the vendor offers hardwired options for trucks and battery/solar trackers for trailers not just one device type stretched across your whole fleet.
Check the real update interval. Not just the word ‘real-time’ confirm the actual ping frequency and verify it doesn’t drop on a lower-tier plan.
Ask about contract length. Some GPS tracking vendors require multi-year hardware contracts; others offer month-to-month terms worth confirming before you sign.
Confirm compliance features. EWD integration and CoR reporting shouldn’t be a separate add-on you have to hunt for.
Test data export. Make sure route history and reports can be exported, not just viewed inside the vendor’s own dashboard.
Frequently Asked Questions
What is the difference between fleet tracking and fleet management software?
Fleet tracking specifically covers GPS location and route history. Fleet management software is broader, typically including maintenance scheduling, fuel management, and compliance on top of tracking.
How often does GPS fleet tracking update?
It varies by device and plan, typically anywhere from every 5 seconds to every few minutes for vehicles, and less frequently for battery-powered trailer trackers to preserve battery life.
Do trailers need a different GPS tracker than trucks?
Yes. Trailers usually aren’t wired to a power source, so they need battery- or solar-powered trackers designed to report less frequently and conserve power, rather than the hardwired or plug-in trackers used on powered vehicles.
Is real-time GPS tracking necessary for every fleet?
No. While fleets handling tight delivery windows, high-value cargo, or time-critical routes require real-time updates, many operations only need periodic tracking. Lower-frequency tracking provides sufficient location visibility for general route monitoring while significantly reducing hardware and cellular data costs.